We propose the novel integrated modelling procedure 3H-EMC for the determination of the
environmental flow in rivers and streams; 3H-EMC combines Hydrological, Hydrodynamic …

Despite the long‐term research on the use of hydraulic‐hydrodynamic habitat models
(HHMs) for predicting the response of aquatic biota to habitat alteration, their practical …

Although various methods are currently available for modelling the habitat preferences of
aquatic biota, studies comparing the performance of data-driven habitat models are limited …

Hydraulic-habitat and biological data were integrated within a twofold-purpose study:(i) to
investigate the response of freshwater macroinvertebrates to a rainfall-induced high flow …

In their effort to balance anthropogenic water demand and ecosystem conservation within a
sustainable water resources management framework, water managers and stakeholders …

Flow variability determines the conditions of river ecosystem and river ecological
functioning. The variability of ecological processes in river ecosystems gradually decreases …

The determination of minimum flow requirements for green small hydropower plants (GSHP)
in China primarily relies on hydrological methods such as the Tennant method with no …

This thesis is the outcome of interdisciplinary research between environmental biology-
ecology and environmental engineering-hydraulics. Often integrated under the terms …

Water resource development plans (such as dams) has the numerous environmental effects,
which altering the natural regime of river and river flow reduction is the most important. One …

A significant proportion of electricity in Switzerland is generated through high-head storage
hydropower plants, modifying natural flow patterns downstream and inducing non-natural …